Choosing a goggle lens can get confusing, with top brands favouring different trademarked technologies.
Here is what Smith have to say about their ChromaPop Lens.
AS NATURE INTENDED.
ChromaPop™lens technology amplifies natural colour and enhances definition.
WHEN YOU SEE MORE, YOU CAN DO MORE.
Charge harder, faster, and longer with the amplified detail and enhanced natural colour of ChromaPop™. Through our proprietary ChromaPop™ lens technology, we help you see detail and colour beyond normal capabilities. ChromaPop™ filters two specific wavelengths of light that cause colour confusion. By doing this the lens delivers greater definition, more natural colour, and unmatched clarity to allow you to see more detail.
The eye’s retina has trouble perceiving the difference between blue and green, and red and green light.
ChromaPop™ filters these specific crossovers, allowing greater definition, natural colour, and clarity.
DO MORE WITH LESS
ChromaPop™Snow lenses do more work. With just oneChromaPop™lens you experience enhanced definition and clarity across a greater range of conditions than with traditional lenses.
Perfect for cloudless, blazing light conditions, these lenses ease the harsh glare of high elevation sun while helping your eyes see more information in the terrain ahead of you.
Suited for a range of conditions, enhances every undulation of snow so you get more out of every moment.
Tuned to bring the most out of an environment when the storm moves in and the lights go out. Optimize contrast even on the worst days, so you can stay out longer.
VLT - VISUAL LIGHT TRANSMISSION
The VLT rating on Smith lenses shows how much light passes through them. The higher the VLT rating, the more light comes through that lens. Lower VLT rated lenses are good for bright, sunny days, whereas higher rated lenses are best in cloudy or low light situations.
These lenses feature UV sensitive, self-tint-adjusting photochromic technology to bring you lenses that adapt to changing light conditions, so you always have the perfect tint for the amount of light.